Devayat Jaru

Taking a leadership role in the operations of 400KV switchyards for PH3 and PH4 at Adani Power Mundra. This includes closely monitoring operation & maintenance activities for 400KV switchyard equipment, such as Generator Transformer, Reactors, and SF6 breakers. Proficient in utilizing SAP modules for daily operational updates and the issuance of Maintenance Permits to Work (PTWs).

Serving as the Unit Controller for 660 MW Units, overseeing both turbine and boiler operations in the Central Control Room (CCR/Desk). Responsible for ensuring smooth and efficient operation of critical components.
Actively involved in the review and enhancement of Standard Operating Procedures (SOPs) to ensure the safe and efficient operation of equipment within the power plant. Providing valuable insights and recommendations for continuous improvement.

• Successfully served as the Desk Engineer/Unit Controller for 660 MW Units, managing turbine and boiler operations with precision from the Central Control Room (CCR/Desk). Successful start-ups and executing major shutdowns and overhauling maintenance for the 660 MW units.
• Demonstrated effective crisis management skills by successfully handling major emergencies such as Mill Fire, MD-TDBFP tripping, PA, ID, FD fans tripping, APH failure, preventing unit tripping and minimizing operational disruptions.
• Successfully obtained certification as a Boiler Operation Engineer from the Government of Gujarat under the Boiler Operation Engineer's Rule 2011 in the year 2018.

• Served as a DCS Engineer at Adani Power Limited, Mundra, Gujarat, operating within a 5X660 MW power plant equipped with Invensys Foxboro DCS. Responsible for the efficient and safe operation of boilers, turbines, and generators, including overseeing startup, shutdown, and emergency procedures. Proficient in issuing Permit to Work (PTW) through SAP. Conducted thorough checks on equipment efficiency, plant performance, auxiliary power consumption, and chemistry. Compiled and prepared daily reports highlighting key operational parameters, contributing to the overall performance evaluation of the power generation unit.

• As a dedicated member of the operation-commissioning team, I actively contributed to the successful commissioning of the Ash Handling System for the 660*5 MW thermal power plant.
• Held the pivotal role of InCharge, overseeing the operation team during the integrated Ash Handling System commissioning.

• Played a pivotal role as a key member of the operation-commissioning team for the commissioning of Balance of Plant (BOP) systems in 3300 MW Thermal Power Plant.